BCM53333A0IFSBLG

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BCM53333A0IFSBLG, produced by Broadcom, is a multi-port switching engine network processor, which contains a number of integrated switch fabric ports, buffering, GbE MACs and 5th generation ASICs switching technology. This BCM53333A0IFSBLG device is used for building complicated switching systems with low-power and on-chip memory architecture.

The application field of BCM53333A0IFSBLG mainly concerns Many-Core Networking, ranging from conventional Layer 2/3 access edge to routing by OpenFlow in Data Center networks. To be more specific, this device is very popular in Campus LAN, Metro Ethernet Carrier Ethernet, and Edge routing. Considering the flexibility of BCM53333A0IFSBLG, it is also suitable to be used as the basis of Industrial Ethernet Switch as well as in Access routers, Broadband Remote Access Servers, Network Security appliances and Legacy Gateway. This is because it provides a fast switching fabric and a flexible port configuration.

The working principle of BCM53333A0IFSBLG is based on the 5th generation ASIC switching technology which is composed of four distinct components: the internal data path, the switch fabric, the integrated buffer manager (IBM) and the MACs (Media Access Control). As for the internal data path, the BCM53333A0IFSBLG has an integrated 24-bit datapath which is capable of 5th generation switching speeds. The switch fabric combines a 24-bit width of switch ports and is designed to handle multi-port services. The integrated buffer manager manages buffer RAM and supports the buffer over-commitment feature, which allows system to over-combine buffer memory to provide flexibility for traffic traffic burst scheduling during congestion. Finally, the MACs are IEEE 802.3 compliant and are designed to provide baseline 10/100/1000 Mbps Ethernet communication.

In short, BCM53333A0IFSBLG is a multi-port switching processor which is used for building complicated switching systems, and is applied in Many-Core Networking including Campus LAN, Metro Ethernet Carrier Ethernet, and Edge routing. It utilizes 5th generation ASIC switching technology which contains 24-bit datapath, switch fabric, IBM, and MACs to work effectively.

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